A method of generating and handling of Digital Subscriber Line (DSL) connection profiles includes: collecting, each time a service is requested by a user of a DSL-connection, individual service-based-data, wherein the individual service-based-data comprise the start time and end time of use of the requested service and a transmit spectrum routed via the DSL-connection during the use of the requested service; analyzing the collected individual service-based-data and based thereon assigning to the analyzed collected individual service-based-data a current individual DSL-connection profile comprising individual repetition times and an individual mean transmit data rate; comparing the current individual DSL-connection profile with an individual DSL-connection profile stored in an operations scheduling memory; and based on the comparing, updating an already stored individual DSL-connection profile based on the current individual DSL-connection profile or storing the current individual DSL-connection profile as a further individual DSL-connection profile in the operations scheduling memory.
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3. The method according to claim 1, wherein to each individual DSL-connection profile a respective priority is assigned and in case the condition of the DSL-connection is to be adjusted starting from a currently used individual DSL-connection profile to match another individual but lower-priority DSL-connection profile, the start time of correspondingly adjusting the condition of the DSL-connection is set only on or after the end time of the currently used individual DSL-connection profile.
This invention relates to digital subscriber line (DSL) communication systems, specifically methods for managing DSL-connection profiles to optimize performance and stability. The problem addressed is the need to adjust DSL-connection conditions dynamically while avoiding disruptions caused by premature or conflicting profile changes. The solution involves assigning priority levels to individual DSL-connection profiles and controlling the timing of profile adjustments to prevent downgrades to lower-priority profiles during active usage. Each DSL-connection profile is assigned a priority, and when an adjustment is required, the system ensures that a switch to a lower-priority profile only occurs after the current profile's end time. This prevents abrupt performance degradation by delaying downgrades until the existing profile is no longer in use. The method ensures that higher-priority profiles take precedence, maintaining optimal performance for critical applications while allowing lower-priority adjustments only when safe to do so. The approach improves stability and user experience by avoiding unnecessary or disruptive profile changes during active sessions.
5. The method according to claim 4, wherein the detecting comprises detecting a movement, a change of attenuation of Wireless Local Area Network (WLAN)-power, and/or the new request of at least one service via the DSL-connection.
This invention relates to monitoring and managing network connections, particularly in environments where both Wireless Local Area Network (WLAN) and Digital Subscriber Line (DSL) connections are used. The problem addressed is the need to dynamically detect changes in network conditions or user behavior to optimize connectivity and service delivery. The method involves detecting specific events to determine when adjustments to network configurations or services are necessary. These events include physical movement of a device, changes in WLAN signal strength or power attenuation, and new service requests over the DSL connection. Movement detection may involve tracking the device's location or mobility patterns. WLAN-power attenuation monitoring assesses signal degradation, which could indicate interference or distance from the access point. Service requests over DSL are tracked to identify new demands or changes in usage patterns. By detecting these events, the system can trigger actions such as switching between WLAN and DSL, adjusting bandwidth allocation, or initiating new service sessions. The goal is to maintain seamless connectivity and efficient resource utilization based on real-time conditions. This approach is particularly useful in hybrid network environments where multiple connectivity options are available, ensuring optimal performance and user experience.
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March 8, 2021
December 6, 2022
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